CN113211072B - Lamp cap assembly equipment and assembly method of full-automatic assembly line of LED bulb lamp - Google Patents
Lamp cap assembly equipment and assembly method of full-automatic assembly line of LED bulb lamp Download PDFInfo
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- CN113211072B CN113211072B CN202110428431.8A CN202110428431A CN113211072B CN 113211072 B CN113211072 B CN 113211072B CN 202110428431 A CN202110428431 A CN 202110428431A CN 113211072 B CN113211072 B CN 113211072B
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- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
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Abstract
The invention relates to a lamp cap assembling device and method for a full-automatic assembling line of an LED bulb lamp, which comprises the following steps: the lamp holder clamping mechanism comprises a positioning part and a wire end clamping part rotationally connected with the positioning part, and the positioning part is used for clamping and fixing the lamp holder; the cord shaping mechanism comprises a cord arranging component used for straightening each cord so as to facilitate the clamping and fixing of the straightened cord end by the cord end clamping part; the lamp cap clamping mechanism comprises a lamp cap clamping part and pin parts for respectively inserting pins into the flexible wires; the lamp cap clamping part is used for clamping and sleeving the lamp cap on the lamp holder; the pin part has a moving and/or rotating function, is used for correspondingly inserting the pins into the flexible wires respectively, and guides the flexible wires to move towards corresponding positions through the pins, so that the subsequent flexible wires are conveniently pressed and fixed. According to the assembly method, through subdivision of the lamp cap assembly process, the single process time is shortened, the intermittent transposition speed of the lamp cap assembly equipment is increased, and the production efficiency of the full-automatic assembly line of the LED bulb lamp is improved.
Description
Technical Field
The invention relates to the technical field of full-automatic assembly of LED bulb lamps, in particular to lamp cap assembly equipment and a lamp cap assembly method of a full-automatic assembly line of LED bulb lamps.
Background
In the existing full-automatic assembly line of the LED bulb lamp, a power cord is shaped and connected by mechanical grabbing, and the assembly line is the most convenient and rapid assembly mode without increasing the cost of the whole lamp. However, due to the irregular shape and the soft degree of the power cord, the difficulty of mechanical grabbing is high, the assembly speed is slow, and the lamp cap assembly becomes a bottleneck which restricts the realization of unmanned LED bulb lamp full-automatic assembly line and improves the production efficiency. The common solution is to manually shape, straighten and position the power cord; or the rigidity of the power line is increased, so that the power line is easy to form by itself. The former increases operators, which causes the interruption of an automatic control system of the assembly line; the latter increases the overall lamp cost of the bulb lamp.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides lamp cap assembling equipment and a lamp cap assembling method of a full-automatic LED bulb lamp assembling line, which aim to solve the problem of power supply flexible line automatic assembling which is difficult to realize in the current full-automatic LED bulb lamp assembling line.
The technical scheme adopted by the invention is as follows:
the utility model provides a full-automatic assembly line's of LED ball bubble lamp cap rigging equipment, includes:
the lamp holder clamping mechanism comprises a positioning part and a wire end clamping part which is rotationally connected with the positioning part, and the positioning part is used for clamping and fixing the lamp holder;
the cord shaping mechanism comprises a cord arranging component used for straightening each cord so as to facilitate the cord end clamping part to clamp and fix the straightened cord end;
the lamp cap clamping mechanism comprises a lamp cap clamping part and pin parts for respectively inserting pins into the flexible wires; the lamp cap clamping part is used for clamping and sleeving the lamp cap on the lamp holder; the pin part has the moving and/or rotating functions and is used for correspondingly inserting the pins into the flexible wires respectively and guiding the flexible wires to move towards corresponding positions through the pins, so that the subsequent flexible wires are conveniently pressed and fixed; and a sheath cutting mechanism for cutting the sheath of the cord end.
The further technical scheme is as follows:
the lamp holder clamping mechanism is characterized in that a limiting elastic part is connected between the positioning part and the wire end clamping part of the lamp holder clamping mechanism, so that the wire end clamping part forms two limit positions of opening and working relative to the positioning part when rotating, and is matched with the sheath cutting mechanism to complete cutting when being in a working position, and the operating space of the lamp cap clamping mechanism is made free when being in an opening position.
The positioning portion comprises a bottom plate, a positioning counter bore is formed in the middle of the bottom plate, lamp holder clamping jaws are arranged on the circumference of the positioning counter bore, and each lamp holder clamping jaw is connected with the bottom plate through an elastic piece.
One side of the bottom plate is connected with a chuck limiting frame; the wire end clamping part comprises a flexible wire clamping jaw, and one end of the flexible wire clamping jaw is rotationally connected with the chuck limiting frame; the limiting elastic piece is a limiting spring connected between the chuck limiting frame and the flexible wire clamping jaw, and the limiting spring provides self-locking torque for the flexible wire clamping jaw to be positioned at two limit positions.
The flexible wires comprise a central core flexible wire and a screw flexible wire; the number of the pin parts is two, and each pin part is provided with a pin position; the two pin positions are provided with pins which are respectively butted with the central core flexible wire and the screw flexible wire; one of the pin positions is arranged on a rotating arm which rotates at least 90 degrees, the rotating arm drives the end part of the screw soft wire to move through a pin to realize bending, the other pin position is connected with the lamp cap clamping part and moves along with the lamp cap clamping part, and the structure of the lamp cap clamping part comprises a lamp cap clamping jaw.
The wire arranging component comprises a side wire arranging fork and a front wire arranging fork, a plurality of clamping grooves matched with the flexible wires are formed in the front wire arranging fork, the side wire arranging fork is provided with a through groove used for limiting the flexible wires in the side wire arranging fork from the side, and the side wire arranging fork and the front wire arranging fork position and clamp the flexible wires in the mutually perpendicular direction and move along the axial direction of the flexible wires to straighten the flexible wires.
The sheath cutting mechanism comprises a group of sheath cutters which are matched with each other, and the sheaths of the straightened flexible wire ends are cut from two sides respectively.
The riveting device also comprises a dotting riveting mechanism, a sleeve removing mechanism and a central core inserting mechanism; the dotting and riveting mechanism comprises a dotting needle for dotting and riveting the assembled lamp holder and the lamp cap; the sleeve removing mechanism comprises a sleeve removing push plate for removing the sleeve of the flexible wire end cut by the sleeve cutting mechanism; the core inserting mechanism comprises a core clamping jaw used for inserting the metal core into the corresponding position on the top of the lamp cap.
A lamp cap assembling method of lamp cap assembling equipment of a full-automatic LED bulb lamp assembling line is characterized in that the assembling equipment comprises a lamp holder clamping mechanism, a flexible wire shaping mechanism, a lamp cap clamping mechanism, a sheath cutting mechanism, a dotting riveting mechanism, a sleeve removing mechanism and a central core inserting mechanism; lamp stand clamping machine constructs and fixes and circulate on endless conveyor chain or gyration dish, cooperates with all the other mechanisms respectively, accomplishes lamp stand clamping, patchcord plastic, sheath cutting, lamp cap suit in proper order, beats a point willow and connects, the patchcord removes cover and well core grafting process, specifically includes following work flow:
lamp holder clamping: clamping a lamp holder on a positioning part of the lamp holder clamping mechanism for fixing and clamping, wherein the wire end clamping part is in an open position relative to the positioning part;
shaping of a flexible wire: the soft wire shaping mechanism clamps the center soft wire and the screw soft wire on the lamp holder by using the wire arranging component of the soft wire shaping mechanism and straightens the center soft wire and the screw soft wire along the axial direction of the soft wire, and then the wire end clamping part rotates to a working position relative to the positioning part to clamp the end head of the soft wire;
cutting a sheath: the sheath cutting mechanism utilizes a group of sheath cutters to cut the sheath at the end of the flexible wire in a straightened state to form a notch, so that subsequent sleeve removing operation is facilitated;
sleeving a lamp cap: lamp cap clamping machine structure utilizes lamp cap clamping part sends the lamp cap to lamp stand clamping machine structure top, two contact pin portions utilize the contact pin respectively with well core patchcord with the screw socket patchcord is connected, then the line terminal clamping part for location portion rotates to the open position, through the removal of contact pin, guides the patchcord respectively towards the not equidirectional motion and accomplishes the crimping of lamp cap and lamp stand:
dotting and willowing: the dotting riveting mechanism dotts a metal screw of the lamp cap by using a dotting needle arranged along the periphery of the assembled lamp body, and the connection between the lamp cap and the lamp holder is realized through screw metal deformation;
removing the sleeve of the flexible wire: the sleeve removing mechanism removes the sheath at the end of the central cord along the cut by using a sleeve removing push plate and pushes and bends the end of the central cord;
inserting a central core: the core inserting mechanism utilizes the core clamping jaw to insert the metal core from the central hole of the lamp cap insulating core of the lamp cap to be connected with the core flexible wire.
The further technical scheme is as follows:
in the process of sleeving the lamp cap, a contact pin connected with the central cord leads the central cord to penetrate out of a central hole of the insulating core of the lamp cap; and the contact pin connected with the screw flexible wire guides the screw flexible wire to bend, so that the notch of the end socket sheath is clamped at the upper edge of the heat radiation body of the lamp cap, the screw flexible wire end socket sheath is extruded and falls off when the lamp cap and the lamp holder are sleeved by the lamp cap clamping part, and simultaneously the screw flexible wire is compressed.
The invention has the following beneficial effects:
the assembling equipment adopts a flexible wire shaping mechanism to automatically finish the straightening, clamping and fixing of the flexible wire; the lamp cap clamping mechanism is adopted to move through the position of the contact pin to guide the flexible wire end to move, and the flexible wire contact pin handover, steering, cap penetrating of the flexible wire, lamp holder and lamp cap crimping and sleeve removing are completed synchronously, so that the manual operation time is greatly saved, and the assembly speed is improved. The power supply flexible wire automatic assembly problem which is difficult to realize in the current LED bulb lamp full-automatic assembly line can be solved on the premise of not increasing the production cost of the whole lamp.
The assembly method shortens the time of a single procedure and accelerates the intermittent transposition speed of the lamp cap assembly equipment by subdividing the lamp cap assembly process, thereby breaking through the technical bottleneck of lamp cap assembly and improving the production efficiency of the full-automatic assembly line of the LED bulb lamp. Meanwhile, the number of operators of the lamp cap assembling equipment is reduced, the unattended operation requirement of a full-automatic assembling line is met, the LED bulb lamp assembling equipment can be used for mass production equipment for automatically assembling LED bulb lamps, is also suitable for other production equipment of non-bulb LED lamps with lamp cap assembling processes, and has strong market competitiveness.
Drawings
Fig. 1 is an exploded structural schematic diagram of a lamp cap and a lamp holder of an LED bulb to be assembled according to the present invention.
Fig. 2 is a process flow diagram of the assembly method of the present invention.
Fig. 3 is a schematic structural view of a lamp mounting mechanism of the mounting apparatus of the present invention.
Fig. 4 is a schematic diagram of the operation of the process of shaping the cord in the assembling apparatus of the present invention.
Fig. 5 is a schematic action diagram of the process of cutting the sheath by the assembling device of the invention.
Fig. 6 is a schematic action diagram of a process for sleeving the lamp cap by the assembling device of the invention.
FIG. 7 is a schematic diagram of the operation of the dotting and riveting process implemented by the assembling apparatus of the present invention.
Fig. 8 is a schematic diagram of the operation of the process of removing the cover of the cord by the assembling device of the present invention.
FIG. 9 is a schematic diagram of the operation of the core plugging process of the assembling apparatus of the present invention.
In the figure: 11. a lamp cap; 111. a metal screw; 112. an insulating core; 12. a lamp socket; 121. a core cord; 122. a screw cord; 123. a power panel; 124. a heat sink; 13. a metal core;
2. a lamp holder clamping mechanism; 21. a flexible wire clamping jaw; 22. a limiting spring; 23. a chuck limiting frame; 24. a lamp holder jaw; 25. a jaw spring; 26. a base plate;
3. a cord shaping mechanism; 31. a side wire management fork; 32. a front wire arranging fork;
41. a sheath cutter;
5. a lamp cap clamping mechanism; 51. a central flexible wire pin; 52. a lamp cap clamp jaw; 53. a screw socket flexible wire pin; 54. a rotating arm;
61. dotting; 71. removing the sleeve push plate; 81. a core clamping jaw.
Detailed Description
The following describes embodiments of the present invention with reference to the drawings.
The lamp cap assembly equipment of the full-automatic assembly line of the LED bulb lamp comprises:
as shown in fig. 3, the lamp holder clamping mechanism 2 includes a positioning portion and a wire end clamping portion rotatably connected to the positioning portion, wherein the positioning portion is used for clamping and fixing the lamp holder 12;
as shown in fig. 4, the cord shaping mechanism 3 includes a cord straightening component for straightening each cord so that the cord end clamping portion clamps and fixes each straightened cord end;
as shown in fig. 6, the cap chuck 5 includes a cap holding portion and pin portions for inserting pins into the respective cords; the lamp cap clamping part is used for clamping and sleeving the lamp cap 11 on the lamp holder 12; the pin part has the moving and/or rotating functions, is used for correspondingly inserting the pins into the flexible wires respectively, and guides the flexible wires to move towards corresponding positions through the pins, so that the subsequent flexible wires are conveniently compressed and fixed:
and a sheath cutting mechanism for cutting the sheath of the cord end as shown in fig. 5.
In the above embodiments, the cap assembling device of the LED bulb lamp is used to assemble the cap 11 and the base 12 of the LED bulb lamp shown in fig. 1. The cap 11 before assembly is a metal screw 111 as one input electrode of the power supply, and an insulating core 112 with a central hole is installed in the center, and the metal central core 13 is inserted into the central hole as the other input electrode of the power supply. A power supply board 123 of the bulb lamp is assembled in the heat radiator 124 of the lamp holder 12, and 1 power supply cord, namely a center cord 121 connected with the metal center 13 and a screw cord 122 connected with the metal screw 111 of the lamp cap 11, is welded on each of the two poles of the power supply input end of the power supply board 123. In the process of assembling the cap 11 of the LED bulb lamp to the lamp holder 12, it is critical to ensure reliable connection between the center cord 121 and the metal center 13, and between the screw cord 122 and the metal screw 111.
In the above embodiment, the limiting elastic member is connected between the positioning portion of the lamp holder clamping mechanism 2 and the wire end clamping portion, so that when the wire end clamping portion rotates relative to the positioning portion, two limit positions of opening and working are formed, when the wire end clamping portion is located at the working position, the wire end clamping portion is matched with the sheath cutting mechanism to complete cutting, and when the wire end clamping portion is located at the opening position, the operating space of the lamp cap clamping mechanism 5 is made free.
As shown in fig. 3, the positioning portion includes a bottom plate 26, a positioning counterbore is formed in the middle of the bottom plate 26, lamp holder clamping jaws 24 are formed along the circumference of the positioning counterbore, and each lamp holder clamping jaw 24 is connected with the bottom plate 26 through an elastic member. One side of the bottom plate 26 is connected with a chuck limiting frame 23; the wire end clamping part comprises a flexible wire clamping jaw 21, and one end of the flexible wire clamping jaw is rotationally connected with a chuck limiting frame 23; the limiting elastic part adopts a limiting spring 22 connected between a chuck limiting frame 23 and the flexible wire clamping jaw 21, and the limiting spring 22 provides self-locking torque for positioning the flexible wire clamping jaw 21 at two limiting positions.
In one particular form, three socket jaws 24 are circumferentially distributed around the locating counterbore and are supported by jaw springs 25 for gripping the socket 12. The cord gripper 21 is used to grip the ends of the shaped center cord 121 and the screw cord 122 so that they can maintain a relatively controllable position in the subsequent lamp cap clamping process. The flexible wire clamping jaw 21 can swing around the chuck limiting frame 23, the two swinging limit positions are the opening position and the working position of the flexible wire clamping jaw 21 respectively, and the reliable self-locking of the respective positions is ensured by the limiting spring 22. When the cord gripper 21 is in the working position, the gripper is used for clamping the shaped central cord 121 and the screw cord 122; when the cord jaws 21 are in the open position, the jaws are flipped outwardly to allow room for the lamp base 12 and cap 11 to move up and down. Specifically, the diameter of the positioning counter bore is slightly larger than that of the lower opening of the lamp holder 12, and a positioning support plate is arranged in the counter bore; the opening in the lampholder clamping jaw 24 is beveled. Therefore, when the lamp holder manipulator grabs the lamp holder 12 and inserts the lamp holder 12 into the counter bore from top to bottom, the edge of the lower opening of the lamp holder 12 can automatically push the lamp holder clamping jaw 24 open, and the lamp holder 12 is fixed on the lamp holder clamping mechanism 2. The clamping of the base 12 may take a variety of different mechanical configurations. As an illustration of the lamp holder fixture 2, the three-jaw clamping structure described in this example is only used to explain the clamping principle, but not to limit the clamping mechanism of the present invention.
In the above embodiment, as shown in fig. 4, the wire arranging part includes the side wire arranging fork 31 and the front wire arranging fork 32, the front wire arranging fork 32 is provided with a plurality of slots respectively matched with the cords, the side wire arranging fork 31 has a through slot for simultaneously limiting the cords therein from the side, and the side wire arranging fork 31 and the front wire arranging fork 32 position and clamp the cords in the mutually perpendicular directions and then move along the axial direction of the cords to straighten the cords.
As a specific form, the side wire-arranging fork 31 and the front wire-arranging fork 32 are arranged in a vertical crossing manner, the front wire-arranging fork 32 horizontally enters from the direction vertical to the power supply board 123, the two power cords are limited at the roots of the two power cords, the side wire-arranging fork 31 horizontally enters from the direction parallel to the circuit board, the front wire-arranging fork 32 is later forked at the lower part of the front wire-arranging fork 32, the front wire-arranging fork 32 and the side wire-arranging fork 31 jointly limit the two cord frames in two small frames, and the cords in the limit frames are shaped and straightened by moving upwards synchronously. After reaching the upper end of the flexible wire, the flexible wire clamping jaw 21 turns over to enter a working position to clamp the ends of the two flexible wires, so that the ends of the flexible wires are positioned. In the figure, the broken line and the solid line respectively represent the position of the wire arranging component in the process of action and the position of the wire arranging component in the position of action, and the arrow direction represents the action direction of the wire arranging component.
In the above embodiment, as shown in fig. 5, the sheath cutting mechanism includes a set of sheath cutters 41 that are engaged with each other to cut the sheaths of the respective cord ends that have been straightened, from both sides, respectively.
The sheath cutter 41 cuts two parallel edges of the upper end sheath of the cords 121 and 122 held by the cord gripper 21. In the subsequent process, the sheath wire of the tip can be directly pushed and pulled out at an appropriate time, so that the metal wire for connecting with the electrode is exposed. In this station two sheath cutters 41 are cut into the cord from the horizontal, as shown in figure 5, and the portion of the sheath of the end remains on the cord after the cutting is complete. In the figure, the broken line and the solid line respectively indicate the position and the cutting position during the operation of the sheath cutter 41, and the arrow direction indicates the operation direction.
As shown in fig. 6, the number of the pin parts is two, and each pin part is provided with a pin position; the two pin positions are provided with pins which are respectively butted with the core flexible wire 121 and the screw flexible wire 122 on the lamp holder 12; one of the pin positions is arranged on a rotating arm 54 which rotates at least 90 degrees, the rotating arm 54 drives the end part of the screw soft wire 122 to move through a pin to realize bending, the other pin position is connected with the lamp cap clamping part and moves along with the lamp cap clamping part, and the structure of the lamp cap clamping part comprises a lamp cap clamping jaw 52. As a specific form, the cap gripper 52 is used as an executing end of the cap grabbing manipulator, the top of the cap gripper is provided with a pin part, a pin position on the pin part is loaded with a center cord pin 51, when the cap gripper 52 grabs the cap 11 and the lamp holder 12 to be sleeved, the axis of the center cord pin 51 is coaxial with a center hole of an insulating core 112 of the cap 11 and a center cord 121 on the lamp holder clamping mechanism 2, so that the center cord pin 51 can penetrate through the center hole of the insulating core 112 and be vertically inserted into an upper end head sheath hole of the center cord 121; the pin position on the rotating arm 54 is loaded with a screw soft wire pin 53 which is also inserted into the upper end head sheath hole of the screw soft wire 122 in the vertical direction, and after the end head connection is completed, the soft wire clamping jaw 21 can loosen the soft wire end head and turn to the open position, so that the up-and-down assembling space required by sleeving the lamp cap is saved. The power cord is sleeved on the needle point of the contact pin due to the friction force between the needle point and the inner hole of the sheath. Thus, when the cord jaws 21 are released and turned to the open position to allow room for the cap to fit, the power cord can not only remain in place, but also change the position of the tip as the pins move. The screw cord pin 53 rotates with the pin rotating arm 54 to move the end of the screw cord 122 to the upper edge of the heat radiator 124 of the lamp holder 12, i.e., to bend to a position close to horizontal in the figure. When the lower edge of the metal screw 111 is sleeved on the upper edge of the heat dissipation body 124 from top to bottom, the upper edge of the heat dissipation body 124 pushes down the end sheath of the screw cord 122 to expose the end metal wire of the screw cord 122, and the metal wire is clamped in the shaft hole plane matched with the two edges. During the downward movement of the cap 11 and socket 12, the cord pins 51 guide the cord 121 through the holes in the cap insulator 112 and expose the ends.
In the above embodiment, as shown in fig. 7 to 9, the riveting device further includes a dotting riveting mechanism, a sleeve removing mechanism and a core inserting mechanism; the dotting riveting mechanism comprises a dotting needle 61 for dotting riveting on the assembled lamp holder 12 and the lamp cap 11; the sleeve removing mechanism comprises a sleeve removing push plate 71 used for removing the sleeve of the flexible wire end cut by the sleeve cutting mechanism; the core plug mechanism comprises a core clamping jaw 81 for inserting the metal core 13 into a corresponding position on top of the lamp cap 11.
Based on the lamp cap assembling method of the lamp cap assembling equipment of the full-automatic LED bulb lamp assembling line of the embodiment, the assembling equipment comprises a lamp holder clamping mechanism 2, a flexible wire shaping mechanism 3, a lamp cap clamping mechanism 5, a sheath cutting mechanism, a dotting riveting mechanism, a sleeve removing mechanism and a central core inserting mechanism; the lamp holder clamping mechanism 2 is fixed on a circulating conveying chain or a rotary disc to circulate, and is matched with other mechanisms respectively on respective corresponding stations of lamp cap assembly equipment to complete the lamp holder clamping, flexible wire shaping, sheath cutting, lamp cap sleeving, dotting and riveting, flexible wire sleeve removing and center plugging processes in sequence, and an intermittent indexing mechanism is adopted to introduce the process flow based on the equipment:
lamp holder clamping: the lamp holder clamping mechanism 2 serves as a station pallet of the lamp cap assembly device, and the flexible wire clamping jaws 21 of the lamp holder clamping mechanism are in an open position at the beginning of the assembly process. At the lamp holder clamping station, the lamp holder manipulator takes off the lamp holder 12 from the feeding frame and moves to the mounting position, namely, right above the central counter bore of the lamp holder clamping mechanism 2. When the lamp holder clamping mechanism 2 reaches the clamping station along with the equipment rotating disc or the circulating transmission chain, the lamp holder manipulator vertically moves downwards. The outer edge of the lampholder first contacts the inner inclined surfaces of the three lampholder jaws 24 of the lampholder fixture 2, pushing the lampholder jaws 24 supported by the jaw springs 25 to spread outwards. When the bottom edge of the lampholder 12 reaches the bottom surface of the central counter-sunk hole of the bottom plate 26, the lampholder manipulator releases the clamping jaws and moves away, and the lampholder 12 is clamped on the bottom plate 26 by the lampholder clamping jaws 24, so that the clamping process of the lampholder is completed. The lamp holder clamping mechanism 2 which completes the lamp holder clamping immediately shifts to the next station, namely the shaping station of the power cord.
Shaping of a flexible wire: the cord shaping mechanism 3 clamps the center cord 121 and the screw cord 122 on the lamp holder 12 by using the cord arranging part and straightens the cords along the cord axial direction, and then the cord end clamping part rotates to the working position relative to the positioning part to clamp the cord ends. Specifically, the front wire-arranging fork 32 of the vertical power supply board 123 firstly enters horizontally from the root of the flexible wires, the side wire-arranging fork 31 of the parallel power supply board 123 enters horizontally along the lower surface of the front wire-arranging fork 32, and crosses the front wire-arranging fork 32 to form two small square frames, two flexible wires are clamped in the small square frames, two sets of wire-arranging forks clamp the flexible wires, and simultaneously move vertically and upwards from the root of the flexible wires, so that the two power supply flexible wires are shaped and straightened, and when the wire-arranging fork group reaches the upper ends of the flexible wires, an external push rod (or other driving structures) pushes the flexible wire clamping jaws 21 on the lamp holder clamping mechanism 2 to inwards turn to the working positions, so that the upper end heads of the two flexible wires are clamped. And the two groups of wire arranging forks are withdrawn to finish the shaping process of the flexible wires. The lamp holder clamping mechanism 2 then enters a sheath cutting station.
Cutting a sheath: the sheath cutting mechanism cuts the sheath of the cord end in a straightened state by using a set of sheath cutters 41 to form a notch. Specifically, the cord gripper 21 still holds the upper end of the power cord, and a pair of parallel sheath cutters 41 are cut into the cord sheath from the horizontal direction, so as to cut a pair of parallel knife edges on the cord sheath, thereby facilitating subsequent sleeve removal. After cutting, the sheath cutter 41 returns along the original path, and the sheath cutting process is completed. The lamp holder clamping mechanism 2 then enters a lamp cap sleeving station.
Sleeving a lamp cap: the lamp cap sheathing process is a core process and is used for completing the connection of the contact pin and the flexible wire end of the lamp holder clamping mechanism 2. The lamp cap clamping mechanism 5 uses the lamp cap clamping portion to send the lamp cap 11 to the upper part of the lamp holder clamping mechanism 2, the two pin inserting portions are respectively connected with the center flexible wire 121 and the screw flexible wire 122 by using pins, then the wire end clamping portion rotates to an opening position relative to the positioning portion, and the pins respectively guide the flexible wires to move towards different directions and complete the sleeve connection of the lamp cap 11 and the lamp holder 12. The lamp cap sleeving station needs to complete more actions. In particular, the cap gripper 52 will perform three actions, the first step being to grasp the cap 11 from its supply rack; the second step is to move the lamp cap 11 right above the lamp holder 12; the third step is to move the lamp cap 11 vertically downwards to be sleeved on the lamp holder 12. In this example, since an intermittent indexing mechanism is employed, the first two actions are typically completed in the indexing stage, with the intermittent stage completing only the third portion of the actions. In the process of sleeving the lamp cap 11 and the lamp holder 12, the upper end of the power cord is driven to move through the contact pin, and each action of the two power cords is completed. The action of the third step is decomposed as follows:
when the lamp cap 11 moves right above the lamp holder 12, the central cord pin 51 mounted on the manipulator where the lamp cap clamping jaw 52 is located passes through the inner hole of the lamp cap insulating core 112 and is inserted into the end inner hole of the central cord 121; at the same time, the screw cord inserting pin 53 mounted on the rotating arm 54 is also inserted down into the end inner hole of the screw cord 122. The flexible wire clamping jaws 21 are released and turned to the open position, so that the lamp cap is arranged in the lamp holder. Then the end of the screw flexible wire 122 is driven by the screw flexible wire inserting pin 53 to turn over, so that the end of the screw flexible wire 122 moves to the edge of the upper edge of the lamp holder, the lower edge of the lamp cap metal screw 111 and the upper edge of the heat radiating body 124 are extruded in the process that the lamp cap 11 is sleeved on the lamp holder 12, the end sheath of the screw flexible wire 122 is extruded and pushed down to expose the metal wire, and the lamp cap 11 continues to move down for sleeving, so that the metal wire is firmly clamped in the shaft hole surfaces matched with the two edges. And the center cord pin 51 simultaneously carries the center cord 121 through the inner bore of the cap insulator 112. And finally, moving out the two flexible wire contact pins to finish the sleeving action of the lamp cap. The lamp holder clamping mechanism 2 then enters a dotting and riveting station.
Dotting and willowing: as shown in fig. 7, the cap 11 and the socket 12 of the socket assembling device may be connected by any riveting method commonly used at present, and the final purpose is to integrally connect the cap 11 and the socket 12. The dotting and riveting process used in this example is only one of these and is only used to illustrate the possibility of achieving a connection of the cap 11 to the socket 12. At the dotting riveting station, a plurality of dotting needles 61 are uniformly distributed along the circumferential direction at the joint of the lamp cap metal screw 111 and the lamp holder 12, the dotting needles 61 synchronously move centripetally along the arrow direction in the figure, a circumferential riveting pit is inwards pressed on the joint ring surface at the lower side of the lamp cap metal screw 111, and the lamp cap 11 and the lamp holder 12 are riveted together by utilizing the metal deformation of the circumferential riveting needles 61. The lamp holder clamping mechanism 2 then enters a flexible wire sleeve removing station.
Removing the sleeve of the flexible wire: the sleeve removing mechanism removes the end sleeve of the central cord 121 along the cut by using the sleeve removing push plate 71, and pushes and bends the end of the central cord 121; as shown in fig. 8, the sleeve-removing push plate 71 horizontally enters above the lamp cap to push and bend the end of the core cord 121 passing through the hole in the insulating core 112 of the lamp cap, and simultaneously push down the sheath of the end to expose the metal wire of the cord for connection with the electrode of the metal core 13. The lamp holder clamping mechanism 2 then enters the center plugging station. In the figure, the dotted line and the solid line respectively represent the position and the working position during the action of the sleeve removing push plate 71, and the arrow direction represents the action direction.
Inserting a central core: the core plug mechanism uses the core holding claw 81 to insert the metal core 13 from the hole of the cap insulation core 112 of the cap 11 to connect with the core flexible wire 121. Specifically, the manipulator vertically inserts the metal core 13 into the hole of the cap insulating core 112, the shaft of the metal core 13 is in interference fit with the hole of the insulating core 112, and after the insertion is completed, the metal wires of the metal core 13 and the core flexible wire 121 are tightly connected in the hole of the insulating core 112 and are firmly assembled together. As shown in fig. 9, the core gripper 81 grips the metal core 13 and inserts it vertically into the central hole of the cap insulating core 112 in the direction of the arrow in the figure, and tightly connects the metal wire of the core cord 121.
In the above process, the operation state and structure of the actuator are only illustrated in the drawings, and the structure of the corresponding driving mechanism is not shown, so that the clarity and the feasibility of the technical scheme are not affected. The corresponding driving mechanism and the component devices not specifically mentioned in this embodiment can be implemented by means of common technical means in the art, and are not described in detail.
Claims (7)
1. A lamp cap assembling method of a full-automatic LED bulb lamp assembling line is characterized in that the utilized lamp cap assembling equipment comprises the following steps:
the lamp holder clamping mechanism (2) comprises a positioning part and a wire end clamping part which is rotationally connected with the positioning part, and the positioning part is used for clamping and fixing the lamp holder (12);
the cord shaping mechanism (3) comprises a cord arranging component for straightening each cord so that the cord end clamping part clamps and fixes the straightened cord end;
a lamp cap clamping mechanism (5) which comprises a lamp cap clamping part and pin parts for respectively inserting pins into the flexible wires; the lamp cap clamping part is used for clamping and sleeving the lamp cap (11) on the lamp holder (12); the pin part has the moving and/or rotating functions and is used for correspondingly inserting the pins into the flexible wires respectively and guiding the flexible wires to move towards corresponding positions through the pins, so that the flexible wires are pressed and fixed after the lamp cap (11) and the lamp holder (12) are sleeved;
a sheath cutting mechanism for cutting the sheath of the cord end;
the dotting riveting mechanism, the sleeve removing mechanism and the central core inserting mechanism are arranged on the base;
the number of the pin parts is two, and each pin part is provided with a pin position; the two pin positions are provided with pins which are respectively butted with a central core flexible wire (121) and a screw flexible wire (122) on the lamp holder (12); one of the pin positions is arranged on a rotating arm (54) which can rotate at least 90 degrees, the rotating arm (54) drives the end part of the screw soft wire (122) to move through a pin to realize bending, the other pin position is connected with the lamp cap clamping part and moves along with the lamp cap clamping part, and the structure of the lamp cap clamping part comprises a lamp cap clamping jaw (52);
a limiting elastic piece is connected between the positioning part of the lamp holder clamping mechanism (2) and the wire end clamping part, so that the wire end clamping part forms two limit positions of opening and working when rotating relative to the positioning part, the wire end clamping part is matched with the sheath cutting mechanism to complete cutting when in the working position, and the operating space of the lamp cap clamping mechanism (5) is made free when in the opening position;
lamp stand clamping machine constructs (2) and fixes and circulate on endless conveyor chain or gyration dish, respectively with all the other each mechanism cooperations, accomplish lamp stand clamping, patchcord plastic, sheath cutting, lamp cap suit in proper order, beat a little riveting, patchcord remove cover and well core grafting process, the assembly method includes:
lamp holder clamping: clamping a lamp holder (12) to a positioning part of the lamp holder clamping mechanism (2) for fixing and clamping, wherein the wire end clamping part is in an open position relative to the positioning part;
shaping of a flexible wire: the soft wire shaping mechanism (3) clamps the central soft wire (121) and the screw soft wire (122) on the lamp holder (12) by using the wire arranging component and straightens the central soft wire and the screw soft wire along the axial direction of the soft wire, and then the wire end clamping part rotates to a working position relative to the positioning part to clamp the end head of the soft wire;
cutting a sheath: the sheath cutting mechanism utilizes a group of sheath cutters (41) to cut the sheath at the end of the flexible wire in a straightening state to form a notch, so that subsequent sleeve removing operation is facilitated;
sleeving a lamp cap: the lamp cap clamping mechanism (5) sends a lamp cap (11) to the upper part of the lamp holder clamping mechanism (2) by using the lamp cap clamping part, the two pin inserting parts are respectively connected with the central cord (121) and the screw cord (122) by using pins, then the wire end clamping part rotates to an opening position relative to the positioning part, and the movement of the pins guides the cords to move towards different directions respectively and completes the compression joint of the lamp cap (11) and the lamp holder (12);
dotting and riveting: the dotting riveting mechanism dotts a metal screw (111) of the lamp cap (11) by using a dotting needle (61) arranged along the periphery of the assembled lamp body, and the connection between the lamp cap (11) and the lamp holder (12) is realized through screw metal deformation;
removing the sleeve of the flexible wire: the sleeve removing mechanism removes the end sheath of the central cord (121) along the cut by using a sleeve removing push plate (71), and pushes and bends the end of the central cord (121) at the same time;
inserting a central core: the core plug-in mechanism utilizes a core clamping jaw (81) to insert a metal core (13) from a hole in a lamp cap insulating core (112) of a lamp cap (11) to be connected with the core flexible wire (121).
2. The lamp cap assembling method of the full-automatic assembling line of the LED bulb lamp according to claim 1, wherein the positioning portion comprises a bottom plate (26), a positioning counter bore is formed in the middle of the bottom plate (26), lamp holder clamping jaws (24) are arranged along the circumference of the positioning counter bore, and each lamp holder clamping jaw (24) is connected with the bottom plate (26) through an elastic piece.
3. The lamp cap assembling method of the full-automatic assembling line of the LED bulb lamp according to claim 2, wherein a chuck limiting frame (23) is connected to one side of the bottom plate (26); the wire end clamping part comprises a flexible wire clamping jaw (21), and one end of the flexible wire clamping jaw is rotationally connected with the chuck limiting frame (23); the limiting elastic piece is connected with a limiting spring (22) between the chuck limiting frame (23) and the flexible wire clamping jaw (21), and the limiting spring (22) provides self-locking torque for the flexible wire clamping jaw (21) to be positioned at two limit positions.
4. The method for assembling the lamp cap of the full-automatic assembly line of the LED bulb lamp according to claim 1, wherein the wire arranging component comprises a side wire arranging fork (31) and a front wire arranging fork (32), the front wire arranging fork (32) is provided with a plurality of clamping grooves matched with the flexible wires respectively, the side wire arranging fork (31) is provided with a through groove for laterally and simultaneously limiting the flexible wires in the through groove, and after the side wire arranging fork (31) and the front wire arranging fork (32) position and clamp the flexible wires in mutually perpendicular directions, the flexible wires are moved axially along the flexible wires so as to be straightened.
5. The method for assembling the lamp cap of the full-automatic assembly line of the LED bulb lamp according to claim 1, wherein the sheath cutting mechanism comprises a set of mutually matched sheath cutters (41) for respectively cutting the sheaths of the straightened cord ends from two sides.
6. The lamp cap assembling method for the full-automatic assembling line of the LED bulb lamp according to claim 1, further comprising a dotting riveting mechanism, a sleeve removing mechanism and a core inserting mechanism; the dotting and riveting mechanism comprises a dotting needle (61) for dotting and riveting the assembled lamp holder (12) and the assembled lamp cap (11); the sleeve removing mechanism comprises a sleeve removing push plate (71) used for removing the sleeve of the flexible wire end cut by the sleeve cutting mechanism; the core plug-in mechanism comprises a core clamping jaw (81) used for inserting the metal core (13) into the corresponding position on the top of the lamp cap (11).
7. The method for assembling the lamp cap of the fully automatic assembly line of the LED bulb lamp according to claim 1, wherein in the process of sleeving the lamp cap, a pin connected with the central cord (121) leads the lamp cap to penetrate out of a hole in the insulated core (112) of the lamp cap; and the contact pin connected with the screw soft wire (122) guides the bending of the contact pin, so that the notch of the end sheath is clamped at the upper edge of the heat radiator (124) of the lamp cap (11), and when the lamp cap (11) is sleeved with the lamp holder (12) by the lamp cap clamping part, the end sheath of the screw soft wire (122) is extruded and falls off, and meanwhile, the screw soft wire (122) is pressed tightly.
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| CN202110428431.8A CN113211072B (en) | 2021-04-20 | 2021-04-20 | Lamp cap assembly equipment and assembly method of full-automatic assembly line of LED bulb lamp |
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| CN202110428431.8A CN113211072B (en) | 2021-04-20 | 2021-04-20 | Lamp cap assembly equipment and assembly method of full-automatic assembly line of LED bulb lamp |
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